Full Breakdown
Moose 229 Gives Birth to Rare Triplets in North Spokane
6/25/2026, 11:16:04 AM
Background & Context: Moose Calving Patterns and Urban Presence
Moose in Washington typically produce a single calf; twins occur when nutrition is abundant, while triplets are exceptionally uncommon. Research from Alaska estimates triplet births at roughly one per 1,000–2,000 moose deliveries. In the Spokane region, moose regularly migrate from the Mount Spokane area into the city, especially during summer months. The Washington Department of Fish and Wildlife (WDFW) has noted that urban sightings are frequent, though it lacks precise data on the city’s moose population.
Key Figures & Organizations: WDFW and Ungulate Specialist Samantha Bundick
The primary agency monitoring the animal is WDFW, which maintains an Instagram account for public updates. Samantha Bundick, an ungulate specialist with WDFW, has been the spokesperson on Moose 229’s health and behavior, providing expert commentary on the rarity of the triplet birth and offering safety guidance for residents.
Data & Statistics: Frequency, Age, and Calving Season
- Triplet occurrence: ~0.05%–0.1% of births (1 per 1,000–2,000) per Alaska research.
- Moose 229’s age: Estimated between four and eight years old.
- Previous reproductive record: One calf in 2024, twins in 2025, triplets in 2026.
- Typical calving window: May–June, aligning with the current observation.
- Calf dependency: Calves remain with the mother for about one year before being weaned.
On-the-Ground Observations: Sightings and Habitat
In late June 2026, Moose 229 and her three calves were photographed lounging in a yard near the Colbert area, the far northern end of Spokane. The family was observed for several days, with the most recent confirmed sighting occurring the week prior to the WDFW announcement. The moose’s ear tag (229) confirms its identity; the animal was first collared after an earlier urban encounter that required relocation due to traffic hazards.
Official Statements & Agency Response
WDFW announced the triplet sighting via a social-media post, highlighting the rarity of the event and emphasizing the mother’s apparent health. Bundick explained that successful triplet births indicate robust body condition and adequate habitat. She also reminded the public to maintain distance from moose, especially mothers with calves, noting that while the animals are not inherently aggressive, they will protect their young if approached.
Verbatim Quotes
- “Our girl is back again and she is glowing!” — Washington Department of Fish and Wildlife, Instagram caption
- “Triplets are rare for moose, and caring for three calves takes a lot of energy.” — Washington Department of Fish and Wildlife, Instagram caption
- “They have to be healthy to have babies,” — Samantha Bundick, WDFW ungulate specialist
- “She’s in the prime of her life.” — Samantha Bundick, WDFW ungulate specialist
- “Give them space,” — Samantha Bundick, WDFW ungulate specialist
- “They’re not necessarily aggressive, but when they’re with their calves they do want to protect them.” — Samantha Bundick, WDFW ungulate specialist
Conflicting Reports & Gaps
The sources agree on the core facts; however, WDFW does not provide quantitative data on the overall urban moose population, leaving a gap in understanding the broader frequency of such rare births within city limits.
Why It Matters: Indicator of Moose Health and Human-Wildlife Coexistence
A triplet birth signals that Moose 229 has access to sufficient nutrition and suitable habitat, reflecting positively on local ecosystem conditions. Simultaneously, the event underscores the need for public awareness about safe distances and respectful coexistence with wildlife that increasingly occupies urban fringe areas.
What’s Next: Monitoring and Public Guidance
WDFW plans to continue tracking Moose 229 and her calves through the summer, updating the public on their movements. Residents are urged to report sightings, avoid approaching the herd, and follow agency recommendations to minimize human-moose conflicts until the calves disperse in the spring of 2027.
